京东退货取消后再申请:英语翻译

Together, the above requirements comprise quite a collection of buzzwords, so let’s examine some of them and their respective benefits before going on.
What’s completely new is the manner in which Java and its run-time system have combineb them to produce a flexible and powerful programming system.
Developing your applications using Java results in software that is portable across multiple machine architectures, operating ayatems,and graphical user intertfaces, secure and high performance. With Java , your job as a sofware developer is much easier—you focus your full attention on the end goal of shipping innovative products on time, base on the solid foundation of Java. The better way to develop software is here, now, brought to you by the Java language platform.
Very dynamic lanhuage like Lisp, TCL,and SmallTalk are often used for protoyping. One of the reasons for their success at this is they are very robust—you don’t have to worry about freeing or corrupting memory.
Similarly, programmers can be relatively fearlss bout dealig with memory when programming in Java. The garbage collection system makes the programmer’s job vastly easier; with the burden of memory management taken off the programmer’s shoulders, storage allocation errors go away.
Another reason commonly given that languages like Lisp, TCL, and SmallTalk are good for prototyping is that they don’t require you to pin down decisions early on—these languages are semantically rich.
Java has exactly the opposite property: it forces you to make explicit choies. Along with these choices come a lot of assistance—you can write method invocationsand, if you get something wrong, you get told about it at compile time.you don’t have to worry about method invocation error.